An innovative invention from Binghamton University in New York has caused excitement in the scientific world.
In the project they started for entertainment purposes, the research team developed an artificial leaf design that works with photosynthetic bacteria.
As well as reducing carbon emissions much faster than real plants, this artificial plant also produces oxygen and electricity.
The system, which includes 5 biological solar cells, also improves indoor air quality by providing sustainable energy.
It is expected that this invention could revolutionize environmentally friendly energy sources in the future.
It Reduces Carbon Dioxide Levels
Scientists from Binghamton University have developed a new technology that can virtually eliminate indoor carbon emissions.
This technique, called “Cyanobacterial Artificial Plants”, can reduce the level of carbon dioxide in closed areas by 90 percent by doing photosynthesis.
This revolutionary method can reduce carbon dioxide from 5,000 ppm to 500 ppm, compared to only a 10 percent reduction that traditional plants can provide.
These artificial plants, which require water and nutrients, work like natural plants and can be used in larger areas with different types of bacteria that reduce the need for future maintenance.
CHOOSING ELECTRICITY
These innovative artificial plants produce electricity through photosynthesis.
Producing a voltage of 2.7 volts and 140 microwatts of power, these pages provide enough energy for portable electronic devices.
Choi points to the technology’s future potential by saying, “We want to make this technology a part of our homes.” The study was published in the journal Advanced Sustainable Systems.
2024-10-10 05:31:00
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